Returning to Boston after his retirement in 1978, he continued to engage in biographical and genealogical research and translation, serving for several years as a volunteer assistant in the Boston Symphony Orchestra Archives.
Therefore, many lncRNAs could be in intermediate states in this process, their pervasive translation serving as the building material for the evolution of new proteins.
His translation served as the basis for Joseph Ritter von Xylander's studies of the Albanian language, which definitively refuted the thesis that the language had a Tatar origin.
To address experimentally whether DRIL1 is modified by SUMO, we used an in vitro-reconstituted sumoylation assay, in which a 35S-labeled DRIL1, generated by in vitro translation, serves as a target for SUMO modification in the presence of recombinant E1 (the Aos1/Uba2 heterodimer), recombinant Ubc9, SUMO1, and ATP.
Similar to oocyte maturation, in hibernation, the transcriptional machinery is silenced during the two week period of torpor; therefore, post-transcriptional mechanisms affecting mRNA stability and translation serve in the rapid switch between a hypo- and hyper-metabolic state in BAT.
Moriyama writes that Coolsma's "unrivaled" dictionary and grammar had a much greater impact than his Bible translations, serving as a basis for the standardisation of written Sundanese.
Thus, Judah's translations served to disseminate Arabic and Greek culture in Europe.
They are extant in the Arabic original or Hebrew translations or both, and some of these translations serve in place of the presumably lost Arabic originals; e.g., the important commentaries on Aristotle's Nicomachean Ethics and on Plato's Republic.
Bürger's translations served to introduce Münchhausen to world literature, and Raspe's authorship of the original was not revealed until 1847 by Heinrich Döring in his biography of Bürger.
Rigid-Translation served to verify whether the simple human appearance of the moving figure in an otherwise inanimate context affects response timing in the same manner as Biological-Motion.
Eukaryotic translation initiation factor 4G (eIF4G) plays a crucial role in translation initiation, serving as a scaffolding protein binding several other initiation factors, other proteins, and RNA.
